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Saltend Chemical Plant at dusk, Kingston upon Hull, East Yorkshire, England, UK  -  Alex Hyde/ npl
90674969
90674969 Saltend Chemical Plant at dusk, Kingston upon Hull, East Yorkshire, England, UK© Alex Hyde / NPL
Saltend Chemical Plant, Kingston upon Hull, East Yorkshire, England, UK, January 2014  -  Alex Hyde/ npl
90674946
90674946 Saltend Chemical Plant, Kingston upon Hull, East Yorkshire, England, UK, January 2014© Alex Hyde / NPL
Wrecked barge in front of Saltend Chemical Plant, Kingston upon Hull, East Yorkshire, England, UK, January 2014  -  Alex Hyde/ npl
90674945
90674945 Wrecked barge in front of Saltend Chemical Plant, Kingston upon Hull, East Yorkshire, England, UK, January 2014© Alex Hyde / NPL
Aerial view of ash pond near city of Lodz, Poland. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons commonly known as ash ponds....
90860098
90860098 Aerial view of ash pond near city of Lodz, Poland. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons commonly known as ash ponds....©
Aerial view of ash pond, nicknamed 'Turquoise Lake' near Konin, Poland. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons...
90860097
90860097 Aerial view of ash pond, nicknamed 'Turquoise Lake' near Konin, Poland. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons...©
Aerial view of ash pond near Turek, Poland. Former open pit coal mine now used to store coal ash after burning in power plants. The ash is mixed with water and pumped through a pipeline into the ash p...
90860096
90860096 Aerial view of ash pond near Turek, Poland. Former open pit coal mine now used to store coal ash after burning in power plants. The ash is mixed with water and pumped through a pipeline into the ash p...©
Aerial view of ash pond on the edge of a forest, Bosnia and Herzegovina. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons common...
90860080
90860080 Aerial view of ash pond on the edge of a forest, Bosnia and Herzegovina. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons common...©
Aerial view of ash pond near coal power plant visible in the background, Bosnia and Herzegovina. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines in...
90860079
90860079 Aerial view of ash pond near coal power plant visible in the background, Bosnia and Herzegovina. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines in...©
Aerial view of ash pond in East-Central Europe. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons commonly known as ash ponds. Th...
90860075
90860075 Aerial view of ash pond in East-Central Europe. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons commonly known as ash ponds. Th...©
Aerial view of ash pond in East-Central Europe. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons commonly known as ash ponds. Th...
90860074
90860074 Aerial view of ash pond in East-Central Europe. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons commonly known as ash ponds. Th...©
Aerial view of ash pond, called 'Turquoise Lake' near Konin, Poland. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons co...
90860069
90860069 Aerial view of ash pond, called 'Turquoise Lake' near Konin, Poland. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons co...©
Aerial view of ash pond, nicknamed 'Turquoise Lake' near Konin, Poland. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons...
90860068
90860068 Aerial view of ash pond, nicknamed 'Turquoise Lake' near Konin, Poland. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons...©
Aerial view of ash pond, nicknamed 'Turquoise Lake' near Konin, Poland. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons...
90860067
90860067 Aerial view of ash pond, nicknamed 'Turquoise Lake' near Konin, Poland. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons...©
Aerial view of ash pond near Turek, Poland. Former open pit coal mine now used to store coal ash after burning in power plants. The ash is mixed with water and pumped through a pipeline into the ash p...
90860066
90860066 Aerial view of ash pond near Turek, Poland. Former open pit coal mine now used to store coal ash after burning in power plants. The ash is mixed with water and pumped through a pipeline into the ash p...©
Aerial view of ash pond near Turek, Poland. Former open pit coal mine now used to store coal ash after burning in power plants. The ash is mixed with water and pumped through a pipeline into the ash p...
90860065
90860065 Aerial view of ash pond near Turek, Poland. Former open pit coal mine now used to store coal ash after burning in power plants. The ash is mixed with water and pumped through a pipeline into the ash p...©
Aerial view of ash pond near Turek, Poland. Former open pit coal mine now used to store coal ash after burning in power plants. The ash is mixed with water and pumped through a pipeline into the ash p...
90860064
90860064 Aerial view of ash pond near Turek, Poland. Former open pit coal mine now used to store coal ash after burning in power plants. The ash is mixed with water and pumped through a pipeline into the ash p...©
Aerial view of ash pond near Turek, Poland. Former open pit coal mine now used to store coal ash after burning in power plants. The ash is mixed with water and pumped through a pipeline into the ash p...
90860063
90860063 Aerial view of ash pond near Turek, Poland. Former open pit coal mine now used to store coal ash after burning in power plants. The ash is mixed with water and pumped through a pipeline into the ash p...©
Aerial view of ash pond near Turek, Poland. Former open pit coal mine now used to store coal ash after burning in power plants. The ash is mixed with water and pumped through a pipeline into the ash p...
90860062
90860062 Aerial view of ash pond near Turek, Poland. Former open pit coal mine now used to store coal ash after burning in power plants. The ash is mixed with water and pumped through a pipeline into the ash p...©
Aerial view of ash pond near Turek, Poland. Former open pit coal mine now used to store coal ash after burning in power plants. The ash is mixed with water and pumped through pipelines (fixed on sand...
90860061
90860061 Aerial view of ash pond near Turek, Poland. Former open pit coal mine now used to store coal ash after burning in power plants. The ash is mixed with water and pumped through pipelines (fixed on sand...©
Aerial view of ash pond near city of Lodz, Poland. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons commonly known as ash ponds....
90860059
90860059 Aerial view of ash pond near city of Lodz, Poland. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons commonly known as ash ponds....©
Aerial view of ash pond, Montenegro. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons commonly known as ash ponds. The ponds are...
90860054
90860054 Aerial view of ash pond, Montenegro. After coal is burned in power plants, the waste ash is mixed with water and pumped through pipelines into sludgy lagoons commonly known as ash ponds. The ponds are...©
Service road crossing an abandoned pond used for the disposal and stacking of phosphogypsum with crystallised patterns and shallow, but highly toxic radioactive green water in Huelva, Southern Spain....
90831186
90831186 Service road crossing an abandoned pond used for the disposal and stacking of phosphogypsum with crystallised patterns and shallow, but highly toxic radioactive green water in Huelva, Southern Spain....© Milan Radisics
Coloured water leaking from photogypsum storage pond creates tidal channels in saltmarsh habitat. Huelva, Southern Spain. Phosphogypsum is a radioactive by-product in the manufacture of phosphoric aci...
90831185
90831185 Coloured water leaking from photogypsum storage pond creates tidal channels in saltmarsh habitat. Huelva, Southern Spain. Phosphogypsum is a radioactive by-product in the manufacture of phosphoric aci...© Milan Radisics
Coloured water leaking from photogypsum storage pond into saltmarsh habitat. Huelva, Southern Spain. Phosphogypsum is a radioactive by-product in the manufacture of phosphoric acid, used for phosphate...
90831184
90831184 Coloured water leaking from photogypsum storage pond into saltmarsh habitat. Huelva, Southern Spain. Phosphogypsum is a radioactive by-product in the manufacture of phosphoric acid, used for phosphate...© Milan Radisics
Coloured water leaking from photogypsum storage pond creates tidal channels in saltmarsh habitat. Huelva, Southern Spain. Phosphogypsum is a radioactive by-product in the manufacture of phosphoric aci...
90831183
90831183 Coloured water leaking from photogypsum storage pond creates tidal channels in saltmarsh habitat. Huelva, Southern Spain. Phosphogypsum is a radioactive by-product in the manufacture of phosphoric aci...© Milan Radisics
Coloured water leaking from photogypsum storage pond creates tidal channels in saltmarsh habitat. Huelva, Southern Spain. Phosphogypsum is a radioactive by-product in the manufacture of phosphoric aci...
90831182
90831182 Coloured water leaking from photogypsum storage pond creates tidal channels in saltmarsh habitat. Huelva, Southern Spain. Phosphogypsum is a radioactive by-product in the manufacture of phosphoric aci...© Milan Radisics
Coloured water leaking from photogypsum storage pond creates tidal channels in saltmarsh habitat. Huelva, Southern Spain. Phosphogypsum is a radioactive by-product in the manufacture of phosphoric aci...
90831181
90831181 Coloured water leaking from photogypsum storage pond creates tidal channels in saltmarsh habitat. Huelva, Southern Spain. Phosphogypsum is a radioactive by-product in the manufacture of phosphoric aci...© Milan Radisics
Barriers built in saltmarsh around abandoned pond used for the disposal and stacking of phosphogypsum in Huelva, Southern Spain. Phosphogypsum is a radioactive by-product in the manufacture of phospho...
90831180
90831180 Barriers built in saltmarsh around abandoned pond used for the disposal and stacking of phosphogypsum in Huelva, Southern Spain. Phosphogypsum is a radioactive by-product in the manufacture of phospho...© Milan Radisics
Abandoned pond used for the disposal and stacking of phosphogypsum. Huelva, Southern Spain. Saltmarshes of the Rio Tinto estuary surround the pond. Phosphogypsum is a radioactive by-product in the man...
90831179
90831179 Abandoned pond used for the disposal and stacking of phosphogypsum. Huelva, Southern Spain. Saltmarshes of the Rio Tinto estuary surround the pond. Phosphogypsum is a radioactive by-product in the man...© Milan Radisics
Wall of dam, built around abandoned pond used for the disposal and stacking of phosphogypsum in Huelva, Southern Spain. Phosphogypsum is a radioactive by-product in the manufacture of phosphoric acid,...
90831178
90831178 Wall of dam, built around abandoned pond used for the disposal and stacking of phosphogypsum in Huelva, Southern Spain. Phosphogypsum is a radioactive by-product in the manufacture of phosphoric acid,...© Milan Radisics
Abandoned pond used for the disposal and stacking of phosphogypsum in Huelva, Southern Spain. Phosphogypsum is a radioactive by-product in the manufacture of phosphoric acid, used for phosphate-based...
90831177
90831177 Abandoned pond used for the disposal and stacking of phosphogypsum in Huelva, Southern Spain. Phosphogypsum is a radioactive by-product in the manufacture of phosphoric acid, used for phosphate-based...© Milan Radisics
Crystallised patterns in an abandoned pond used for the disposal and stacking of phosphogypsum with shallow, but highly toxic radioactive green water in Huelva, Southern Spain. Phosphogypsum is a radi...
90831176
90831176 Crystallised patterns in an abandoned pond used for the disposal and stacking of phosphogypsum with shallow, but highly toxic radioactive green water in Huelva, Southern Spain. Phosphogypsum is a radi...© Milan Radisics
Crystallised patterns in an abandoned pond used for the disposal and stacking of phosphogypsum with shallow, but highly toxic radioactive green water in Huelva, Southern Spain. Phosphogypsum is a radi...
90831175
90831175 Crystallised patterns in an abandoned pond used for the disposal and stacking of phosphogypsum with shallow, but highly toxic radioactive green water in Huelva, Southern Spain. Phosphogypsum is a radi...© Milan Radisics
Service road crossing an abandoned pond used for the disposal and stacking of phosphogypsum with crystallised patterns and shallow, but highly toxic radioactive green water in Huelva, Southern Spain....
90831174
90831174 Service road crossing an abandoned pond used for the disposal and stacking of phosphogypsum with crystallised patterns and shallow, but highly toxic radioactive green water in Huelva, Southern Spain....© Milan Radisics
Industrial estate showing BASF chemical production site in the port of Antwerp, Belgium, February 2019.
90827371
90827371 Industrial estate showing BASF chemical production site in the port of Antwerp, Belgium, February 2019.© Philippe Clement
Harbour cranes and container ship docked in the Antwerp harbour / port, Flanders, Belgium. December 2018
90827348
90827348 Harbour cranes and container ship docked in the Antwerp harbour / port, Flanders, Belgium. December 2018© Philippe Clement
Sulpher which has to be extracted from the raw bitumen from tar sands piled up in huge mountains by the Syncrude upgrader plant near Fort McMurray, Alberta, Canada.  August 2012
90788488
90788488 Sulpher which has to be extracted from the raw bitumen from tar sands piled up in huge mountains by the Syncrude upgrader plant near Fort McMurray, Alberta, Canada. August 2012© Ashley Cooper
Sulpher which has to be extracted from the raw bitumen from tar sands piled up in huge mountains by the Syncrude upgrader plant near Fort McMurray, Alberta, Canada.  August 2012
90788486
90788486 Sulpher which has to be extracted from the raw bitumen from tar sands piled up in huge mountains by the Syncrude upgrader plant near Fort McMurray, Alberta, Canada. August 2012© Ashley Cooper
Sulpher which has to be extracted from the raw bitumen from tar sands piled up in huge mountains by the Syncrude upgrader plant near Fort McMurray, Alberta, Canada.  August 2012
90788485
90788485 Sulpher which has to be extracted from the raw bitumen from tar sands piled up in huge mountains by the Syncrude upgrader plant near Fort McMurray, Alberta, Canada. August 2012© Ashley Cooper
BP chemical plant at salt End on Humberside which produces Acetic Acid.  Yorkshire, England, UK, August.
90784264
90784264 BP chemical plant at salt End on Humberside which produces Acetic Acid. Yorkshire, England, UK, August.© Ashley Cooper
BP chemical plant at salt End on Humberside which produces Acetic Acid and a gas fired power station, Yorkshire, England, UK, August.
90784263
90784263 BP chemical plant at salt End on Humberside which produces Acetic Acid and a gas fired power station, Yorkshire, England, UK, August.© Ashley Cooper
Petrochemical works on Teeside, England, UK, December 2005.
90782777
90782777 Petrochemical works on Teeside, England, UK, December 2005.© Ashley Cooper
Scientists at cosmetics company Oceanwell with Brown algae (Saccharina latissima) settling on ropes. The rope is then transferred to the sea and the kelps is harvested once it grows to sufficient size...
90721668
90721668 Scientists at cosmetics company Oceanwell with Brown algae (Saccharina latissima) settling on ropes. The rope is then transferred to the sea and the kelps is harvested once it grows to sufficient size...© Solvin Zankl
Extractions from brown algae, red algae and green algae for the cosmetic industry, at OceanWell cosmetics company,  Kiel, Germany.
90721667
90721667 Extractions from brown algae, red algae and green algae for the cosmetic industry, at OceanWell cosmetics company, Kiel, Germany.© Solvin Zankl
Extractions from brown algae, red algae and green algae for the cosmetic industry, at OceanWell cosmetics company,  Kiel, Germany.
90721666
90721666 Extractions from brown algae, red algae and green algae for the cosmetic industry, at OceanWell cosmetics company, Kiel, Germany.© Solvin Zankl
Extractions from brown algae, red algae and green algae for the cosmetic industry, at OceanWell cosmetics company,  Kiel, Germany.
90721665
90721665 Extractions from brown algae, red algae and green algae for the cosmetic industry, at OceanWell cosmetics company, Kiel, Germany.© Solvin Zankl
Boat carrying Kelp (Laminaria hyperborea) Roscoff, France, April 2015. This species is used in cosmetics, chemical and biotechnological industries as well as food industry.
90721644
90721644 Boat carrying Kelp (Laminaria hyperborea) Roscoff, France, April 2015. This species is used in cosmetics, chemical and biotechnological industries as well as food industry.© Solvin Zankl
Boat  offloading Kelp (Laminaria hyperborea) Roscoff, France, April 2015. This species is used in cosmetics, chemical and biotechnological industries as well as food industry.
90721565
90721565 Boat offloading Kelp (Laminaria hyperborea) Roscoff, France, April 2015. This species is used in cosmetics, chemical and biotechnological industries as well as food industry.© Solvin Zankl
Boat carrying Kelp (Laminaria hyperborea) Roscoff, France, April 2015. This species is used in cosmetics, chemical and biotechnological industries as well as food industry.
90721564
90721564 Boat carrying Kelp (Laminaria hyperborea) Roscoff, France, April 2015. This species is used in cosmetics, chemical and biotechnological industries as well as food industry.© Solvin Zankl
Calcite, (CaCO3, calcium carbonate), one of the most common and variable minerals on earth, used in building, metallugy, fertilizers, chemical industry. Sample from Sweetwater mine, Viburnum trend, Mi...
90848170
90848170 Calcite, (CaCO3, calcium carbonate), one of the most common and variable minerals on earth, used in building, metallugy, fertilizers, chemical industry. Sample from Sweetwater mine, Viburnum trend, Mi...©
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